1) Calculate the horizontal (x) component of the tension force (lb) in cable AB.Make sure you include the sign (+ or -)assuming the typical directional convention (+ to right, - to left).2) Calculate the vertical (y) component of the tension force (Ib) in cable AB.3)Calculate the total tension force b) on cable AB.4) Calculate the horizontal (x) component of the tension force (Ib) in cable BC.5)Calculate the vertical (y) component of the tension force (lb) in cable BC.6) Calculate the total tension force (Ib) on cable BC.Unlock full Consider the design for support of a suspended lamp (weight 250 lb) in the illustration below:A4'cableM8'cableCBOCable AB is 4 ft long and horizontal. Cable BC is inclined as shown in the figure. Based onthis design, answer the following questions.LAMP(250 lb)NOTE: Depending on the specific way in which you choose to solve this problem, the order in whichyou solve for each of the required variables may NOT be the order listed below. In general, youshould solve for ALL required values first, then enter them into the exam.Most of your score for this problem will be based on the content of your WORKSHEET, so MAKESURE YOUR SHOW YOUR WORK

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Answered: 1) Calculate the horizontal (x)…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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1) Calculate the horizontal (x) component of the tension force (lb) in cable AB. Make sure you include the sign (+ or -) assuming the typical directional convention (+ to right, - to left). 2) Calculate the vertical (y) component of the tension force (Ib) in cable AB. 3)Calculate the total tension force b) on cable AB. 4) Calculate the horizontal (x) component of the tension force (Ib) in cable BC. 5)Calculate the vertical (y) component of the tension force (lb) in cable BC. 6) Calculate the total tension force (Ib) on cable BC. Unlock full

Consider the design for support of a suspended lamp (weight 250 lb) in the illustration below:
A
4'
cable
M
8'
cable
C
B
O
Cable AB is 4 ft long and horizontal. Cable BC is inclined as shown in the figure. Based on
this design, answer the following questions.
LAMP
(250 lb)
NOTE: Depending on the specific way in which you choose to solve this problem, the order in which
you solve for each of the required variables may NOT be the order listed below. In general, you
should solve for ALL required values first, then enter them into the exam.
Most of your score for this problem will be based on the content of your WORKSHEET, so MAKE
SURE YOUR SHOW YOUR WORK

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